SM6S20ATHE3/I

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The SM6S20ATHE3/I is a TVS - Diodes module that can help protect your electronic circuits from unwanted voltage spikes.

The SM6S20ATHE3/I is capable of protecting your equipment against surges of up to 600W peak power per line. It has reverse polarity protection and is able to absorb multiple pulse events on each of its two lines. It is also capable of handling up to 8kV of electrical immunity/EMC testing, making it a great choice for those who require the highest levels of reliability and durability in their electronic devices.

The SM6S20ATHE3/I is designed for both consumer and industrial applications, such as high-frequency switching applications, overvoltage protection, EMI/RFI suppression, and lower power protection. With its high Surge current capability and high thermal design, the SM6S20ATHE3/I is ideal for use in industrial equipment and automated systems. It also comes with an LED indicator that allows you to monitor the safe status of your circuit instantly.

The SM6S20ATHE3/I works based on a principle called “clamping”. This principle works by diverting energy away from an electronic circuit when it becomes overloaded. When an overvoltage occurs, the SM6S20ATHE3/I diverts the excess energy into its clamping components, where it is safely stored and dissipated. This prevents the sensitive components of your circuit from being damaged, and helps to ensure optimal performance and long-term reliability.

The SM6S20ATHE3/I is highly miniaturized, making it easy to install and ideal for today’s space constrained applications. It comes in a tiny SOT-23 package and is available in a variety of voltages, from 3.3 - 24V. It is also compatible with both through hole and surface mount production methodologies, making it easy to customize for your specific application.

Overall, the SM6S20ATHE3/I is an excellent choice for any application where protection of sensitive electronics is required. Its high surge current capability, excellent EMI/RFI suppression, and ability to handle multiple pulse events on each line all make it a great choice for industrial applications, while its low profile and miniaturized design help ensure optimal performance and long-term reliability for any application.

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